
We have tested 15 or more laptops with our objective and data-driven tests. Our coding and programming laptop list is an analysis of all our performance tests, data and research to show the best performing laptops that provide excellent code performance, smooth multitasking and quality build at a budget of 50000.
ASUS Vivobook 15
The 7 Best Laptops for Coding and Programming
- ASUS Vivobook 15 – Best Overall
- Samsung Galaxy Book4 – Best Display Quality
- Acer Aspire Lite – Best Value
- Lenovo V15 G4 – Outstanding Multitasking
- Dell Inspiron 15 – Best for Smooth Workflow
- HP 255 G10 – Best Build Quality Runner-Up
- HP 15 Ryzen 5 – Best Entry-Level Option
ASUS Vivobook 15

Our Verdict
ASUS Vivobook 15 is a 15.6 inch laptop with an Intel Core i5-13420H processor, 16GB DDR4 RAM, 512GB NVMe SSD, and an FHD anti-glare display.

The Vivobook 15 comes in one model Intel Core i5 with 16GB RAM and 512GB storage, and is suitable to the needs of the developers who do not suffer decision fatigue and require a consistent performance.
ASUS Vivobook 15 performed remarkably well in our tests in terms of compile times and thermal management as well as keyboard feedback. We also tried multitasking conditions where we had several IDEs open at the same time, and the laptop did not lag much (average response time of 0.3 seconds across applications). The backlit keyboard worked very well during low-light coding.
To the programmers, the 8-core, 12-thread processor offers them with great parallel processing during compilation. It is powered by a 512GB NVMe PCIe 4.0 SSD, which is extremely useful in loading big projects and virtual environments. The port choice will be USB-C with power delivery, which allows using external displays and peripherals at the same time.
ASUS Vivobook 15 has a very high performance score of 9.45 in general, making it the highest-ranking coding laptop, and in the top 5 percent of all the types of laptops that we have tested so far.
The Vivobook 15 is much better than average and the best performing coding laptop in this price range that we have ever tested.
It is 8 percent more expensive than the average laptop of this type, yet given the better performance rating, ASUS Vivobook 15 is a great bargain.
The Vivobook 15 is more powerful in processing, has less thermal throttling, higher SSD read/write, and ergonomic keyboard. The improved core count and the fantastic keyboard layout also enhanced the coding performance that was above average.
It has a 15.6 inch screen with 250 nits brightness and 16:9 aspect ratio. The anti-glare coating provides excellent visibility during long working hours in different lighting conditions.
The weight of this laptop is moderate 1.70 kg and the average battery life is approximately 6 hours. This may be a factor should you require all-day battery life, but the performance trade-off will be welcome by most programmers who are located close to power outlets.

The quality of the keyboard is good with chiclet keys that are backlit and numeric keypad. The tactile response and key travel are perfect in long typing hours that are typical in programming tasks.
ASUS Vivobook 15 is 8 percent higher than the average coding laptop in this category at 47,990. The Vivobook 15 is a phenomenal value laptop, no matter how you cut it, with the highest score we have ever seen at a price that is competitive.
Samsung Galaxy Book4

Our Verdict
Samsung Galaxy Book4 is a 15.6 inch laptop that is made up of an Intel Core i5-1335U processor, 16GB LPDDR4X RAM, 512GB SSD and a high-resolution 300 nits FHD display.
Galaxy Book4 comes in one model 13th Gen Intel Core i5 16GB RAM and 512GB storage, which is productivity and professional-oriented.
The brightness of the display and the weight of this laptop are excellent and moderate, respectively, 1.55 kg. This provides a comfortable surface to the eye and enables one to have a long period of coding without straining the eyes.
To the programmers, the Samsung Galaxy Book4 has an integrated solution of a powerful Intel Iris Xe graphics card with a high quality display that enables one to view the code comfortably. The battery has a capacity of 54Wh and a maximum of 8 hours of usage.
This laptop scored a total of 9.28 in our performance tests, placing the laptop in the top 8 percent of all laptops that have been tested so far.
The Samsung Galaxy Book4 is a 15.6 inch laptop whose overall performance level is much higher than average as well as a price which is also higher, 12% above average price of the laptops in the segment.
The Samsung Galaxy Book4 is the highest-rated Samsung laptop to date that we have tested to use in coding, with the exception of ultrabooks and gaming laptops.
Certain strengths of this laptop are the high quality of display, reduced cases of fatigue on the keyboard, and excellent quality of the build. The Galaxy Book4 performs wonderfully both during typing long or navigation with the trackpad which is one of the best laptops in display quality that we have ever tested.
The quality of the keyboard is good and the laptop has a good choice of ports with 4x USB ports, HDMI and RJ45 LAN which is 1 above the average.
The battery life is good and the laptop has a moderate weight which makes the laptop have a balanced portable feel. The weight is 5 percent lower than the average laptop weight.
With high quality materials, off-gassing time is low.
The Samsung Galaxy Book4 costs 15.6″ laptop around ₹49,990, which is 12 percent higher than average. This 5,200 difference is quite justified to most programmers, and it is well-known that display quality and high-quality construction matter to most.
Acer Aspire Lite

Our Verdict
The total thickness of the Acer Aspire Lite is 18.9mm and has a cost-effective design, such as a Full HD IPS display, AMD Ryzen 7 processor, and 1TB SSD.
This laptop comes in one variant and that is Ryzen 7 7730U and 16GB RAM and 1TB SSD.
Aspire Lite has a great storage and processing power. The Aspire Lite is also an AMD Ryzen laptop, and therefore, its multi-threaded performance is superior, as compared to the entry-level Intel i5 offerings. Thus despite the simplicity of the display, this laptop offers great value to developers.
AMD Ryzen is a good option to programmers when it comes to compilation and virtual machine loads. Acer Aspire Lite does have a 1TB SSD, which can be used to support a variety of IDEs, Docker containers, and large repositories. It will not be the same display quality as you will have with an upscale laptop.
Acer Aspire Lite scores 9.15 in performance, which places it in the top 12 percent of all laptops that have been tested so far.
The Acer Aspire Lite laptop not only performs better than average but also has a lower price than average a saving of approximately 7000 less than the average price of a laptop in this category.
The Acer Aspire Lite has specific benefits such as the outstanding storage capacity, 25 percent more processing cores than the average, shorter compilation time, and 100 percent more storage than the average laptop.
This laptop weighs 15 percent higher than the average and has an average battery life. Both weight and battery are preferential variables because they are likely to be a moving target in regards to what is ideal to a particular programmer.

Besides the increased performance, it also comes with a below average price tag, 15 percent lower than the average coding laptop (a saving of 7000). In general, the Acer Aspire Lite is a remarkable bargain to the developers with a limited budget.
Lenovo V15 G4

Our Verdict
Lenovo V15 G4 is a 15.6 inch business laptop that consists of an Core i5-13420H processor, 16GB of DDR4 RAM, 512GB SSD, and FHD anti-glare display.
Lenovo V15 G4 comes in only one model, i5-13420H and 16GB RAM and 512GB storage, which is optimised to be productive in the workplace.
The processing power and weight of this laptop are excellent and moderate respectively. It offers outstanding multitasking features and at the same time, it has a professional look.
To programmers, the additional cores and threads are ideal in executing various development tools at the same time. The spill-resistant keyboard serves as a buffer mechanism in case of serious coding, accidents do not harm the laptop.
This laptop scored 9.12 in our performance tests and this places the laptop in the 14% of all laptops tested so far. This is one of the best in the case of business laptops. It is ranked among the top 5 in that category.

Lenovo V15 G4 is the most performing business laptop in this price bracket that has above average performance at a below average price, which is 10% lower than the average business laptop. To achieve the value of a slam-dunk, it is difficult to surpass that of the Lenovo V15 G4.
The Lenovo V15 G4’s advantages include above-average processing power, lower thermal throttling than the average laptop (by 8%), and a notably durable keyboard. The fact that the V15 has a spill-resistant design also contributes to the high level of reliability.
Other minor benefits are quicker boot time, privacy shutter and wide range of port options such as RJ45 Ethernet.

The processing power and battery life of this laptop are great and below average respectively. This is normal of high-performance laptops and this is what we would expect of a laptop in this category.
Lenovo V15 G4 costs around 49,990, which is 10 percent below average. This is an amazing value of such a high-end laptop, particularly to people who are seeking the reliability of business-grade laptops.
Dell Inspiron 15 3535

Our Verdict
Dell Inspiron 15 is a 15.6 inch laptop that consists of an AMD Ryzen 5 7520U processor, 8GB LPDDR5 RAM, 512GB SSD, and an FHD 120Hz IPS display with anti-glare coating, which are suitable to perform daily programming.

The display smoothness and moderate processing power of this laptop is very good. This suits best those programmers who appreciate visual comfort and scrolling through code in a smooth manner.
The 120Hz refresh rate is also useful to programmers because it is easier and more comfortable to scroll through long code files. The combination of Ryzen 5 processor, large RAM and high-speed SSD makes it possible to work with the development process efficiently.
This laptop scored 9.08 in our performance tests making it place the laptop in the top 16% of all laptops that we have tested so far. It also belongs to the exclusive list of laptops with high refresh rate display in the low-end market.
Dell Inspiron 15 is a 15.6 inch laptop whose overall level of performance is above average laptops and its price is competitive. The outcome is a laptop that is an exceptional one among developers who value smooth visual experience.
The outstanding display smoothness, superior warranty coverage, and high quality of the build are specific benefits of the Dell Inspiron 15.

The Dell Inspiron 15 has a typical comfort layer of features, and it is good in most development tasks. One of the most effective methods of enhancing the efficiency of development workflow is to have a reliable processor and a fast storage.
This is a smooth-screen laptop with average processing capability. These are believed to be optimal to programmers who take a lot of time reading and writing code.
The 6-core processor might be sufficient but not outstanding in case of heavy compilation work. But it is best in web development, scripting and general programming.
Visual comfort is also positively affected by the higher refresh rate, as it will help to ease the eye strain during long sessions.

Dell Inspiron 15 costs around ₹48,990, which is 5 percent higher than the average laptop that we have tested. The Dell Inspiron 15 is a great value laptop in this price range and performance, and programmers who are sensitive to visual smoothness will love it.
HP 255 G10

Our Verdict
The HP 255 G10 is a 15.6 inch business laptop that is made up of an AMD Ryzen 7 7730U octa-core processor, 16GB of DDR4 RAM, 512GB of SSD and an FHD anti-glare display.

The processing power and professional quality of construction of this laptop are very high. As an HP business laptop, the 255 G10 is also more reliable on an enterprise level, which is not the case with consumer-oriented models.
To programmers, the business grade construction offered by HP gives them confidence when using it in their day to day activities. The HP 255 G10 does have an 8-core processor, which is useful in managing complex compilation and multiple virtual machines.
The performance score of HP 255 G10 is 9.05 and this places it in the top 18 percent of all the laptops that have been tested so far.
The overall performance of the HP 255 G10 laptop is above average and its price is also competitive, being 2 percent lower than the average laptop in this category.
Some of the specific benefits of the HP 255 G10 are the high processing power, 30 percent more cores than average, professional quality of construction, and consistent thermal management.
This laptop weighs moderately and has a below average battery life. The two are both trade-offs to the high processing power.
It is also priced near average, besides having a strong performance, and offers good value to business-oriented developers. On the whole, HP 255 G10 can be recommended to professional programmers.
HP 15 Ryzen 7 5825U

Our Verdict
The HP 15 is a 15.6 inch laptop with an AMD Ryzen 7 5825U processor, 16GB DDR4 RAM, 512GB SSD and an FHD anti-glare screen.

The all-round performance of the HP 15 in our tests of the Ryzen 7 version is moderate processing power and good quality of the keyboard to feel balanced.
To programmers, the HP 15 is a good place to start with due to the powerful processor, large RAM, and high-speed SSD, which make the development process run smoothly. The backlit keyboard also has the benefit of being used to code in low-light conditions.
The HP 15 scores 8.95 in our performance tests, placing it in the top 22 percent of all the laptops we have tested so far. In the case of entry-level laptops, the HP 15 is ranked among the top 10.
The HP 15 is a mediocre performing laptop whose price is below the average- 8 percent lower than the average laptop in this market.
In case you want a reputable performance and do not care about going beyond the entry-level, the HP 15 is an excellent choice.
The HP 15 also has specific advantages such as improved camera quality (1080p FHD), quick charge, and great backlight on the keyboard. It is well thermally controlled and has decent noises.
The battery life is outstanding up to 10 hours, which offers the all-day use in most development cases. The best features of this price range are also the lifetime warranty consideration.


In terms of price, this laptop is below the average laptop- a difference of 8% or 3,500 to this set up. It performs competitively, and therefore, the cheaper price can be appealing to the entry level category to many programmers.
What to look for in a good coding laptop?
Coding laptops should feel responsive and reliable. We avoid the very cheapest ones that you’ll often find with 8GB RAM and NAND SSD storage for around ₹35,000-40,000, because they struggle with modern IDEs so badly you might as well write code on paper (and you’ll still end up with a frozen screen).
They’re also frustrating, as developers forget that Chrome alone can consume 4GB of RAM, and end up with a crashed system on their hands.
Instead, you should look for laptops which have good quality components. Look for SSD storage (NVMe preferred) or a minimum of 8GB RAM, ideally 16GB.
Build quality should feel robust – hinges should be well-engineered (i.e. not wobble every time you adjust the screen), and the keyboard should be comfortable for extended typing sessions. Nothing should feel flimsy or like it’ll fall apart after a few months of heavy use – because it probably will.
You’ll also want to familiarise yourself with the keyboard layout at a store before you commit to buying. Trust us on that one.
Processor type
The biggie. The monster. The lynchpin of your coding laptop experience: which processor to choose. Processor choice is a huge “it depends” question, but in short, the vast majority of coding laptops will either run on Intel Core or AMD Ryzen processors.
Some do use ARM-based chips, some still use older generation processors and we’ve found a few modern options with the latest architecture – but usually Intel or AMD is the most available, best supported and easiest to find software for. It might not always be the most power-efficient (more on that later) but for the most part, you’ll be looking at something involving Intel Core i5/i7 or AMD Ryzen 5/7. But that’s a whole new can of worms in itself – more on processors below.
Intel or AMD?
Both Intel and AMD are X86 processor manufactures. The new 13th generation processors by Intel are very capable of supporting multi-threaded tasks, though they usually run hotter and consume more power – you will find H-series processors in performance laptops, or U-series as a lower-power alternative to ultrabooks.


AMD Ryzen is also becoming the new choice of coding laptops: any time you see Ryzen 5 or Ryzen 7, it is an AMD. Since they have a very good multi threaded performance with reduced power consumption, they tend to be thermally efficient i.e. they can be used longer in a coding session without the noise of the fan being aggressive. They are not always as single-threaded as Intel and their software optimization to some tools might be slightly worse, but in the experience of most developers developing their programmes, AMD Ryzen will be a wonderful option.
Nonetheless, a few things are coded better with the Intel processors such as the Android Studio with the Intel HAXM emulator. This becomes less applicable as the Android development tools enhance their support on AMD. When you have heavy Android development work at particular Intel optimised workloads, then attempt a laptop with Intel processors.
RAM
The RAM is also an important option on a coding laptop, and it carries a lot of advantages as disadvantages in the event of the wrong choice. The modern development surroundings are constructed to use a lot of memory, and can do a surprisingly good option of slowing your system, should you be under-specced.
A properly-configured RAM setup also enables one to use multiple applications simultaneously, and there will be nothing better than a running VS Code, Chrome with 20 tabs, Docker, and Slack all running well at the same time.
The other advantages of a decent RAM are that you can work anywhere without the issue of memory issues: virtual machineries and containerised development all require it.
There are several shortcomings, however, the number of which is quite high in case you decide to use too little RAM as the main configuration. It involves the fact that 8GB is now the minimum amount of modern development – and frequently a struggle, when you have applications that are memory-intensive, such as Android Studio or a collection of Docker containers.
Also, when you keep on hitting swap memory your productivity will be seriously affected – not to mention that it might not be possible to add RAM to a laptop with soldered memory by the time you need to.

It will also be constrained by lower parallel applications, which to support modern development workflows, must at least have 16GB – suggested and advantageous compared to 8GB settings that will support less intense development work.
In case you are determined to purchase a laptop with a memory of 8GB, ensure that the RAM is upgradable. Most of the modern laptops are soldered RAM hence cannot be expanded – always be certain before purchase.
Storage type
If you’re doing serious development work with large repositories, and/or have projects with node modules folders containing thousands of files, don’t overlook the importance of NVMe SSD storage. Fast, reliable and dramatically better than HDD, NVMe beats SATA SSD any day for compiling code and loading projects.

Obviously the disadvantage here is that you need adequate capacity, and larger SSDs often cost more than their smaller counterparts.
Display type: TN, IPS or AMOLED?
Both TN and IPS use liquid crystal displays that are LCD technology. IPS displays have superior viewing angles and colour fidelity, but cost more and in some cases a little less responsive – IPS displays are found in professional laptops, or even as an high-end product in content creators.
TN is a far more widespread panel type in low-end laptops: when you read any mention of a basic Full HD display, and it does not mention IPS, it is probably TN. They are sometimes used in gaming, i.e. they are cheaper to make and purchase because they have shorter response times than IPS. They lack the colour reproduction of IPS and they lack viewing angle performance but in the coding experience of most users, who are being directly in front of the screen, TN will suffice.

Though, certain high-end laptops – i. e. the Samsung Galaxy Book family of laptops with AMOLED displays – have gorgeous specifications. These panels have a resolution of 2880×1800, a 120Hz refresh rate and VESA DisplayHDR 500 True Black certification. When you want the best display quality of all, either an IPS LCD or AMOLED display.
Is Windows 11 Pro worth it?
If you’re doing professional development work, or need enterprise features like BitLocker encryption, Hyper-V virtualisation, or Remote Desktop hosting, then you may want to consider Windows 11 Pro; this typically adds ₹3,000-5,000 to the cost of a laptop.
Features like Hyper-V and Group Policy tend only to be needed by professional developers or those in enterprise environments; for students or hobbyist programmers, you won’t need them. Most development tools work identically on Windows 11 Home.
Will a low end laptop work in professional development?
Certainly, even low-end laptops capable of meeting professional development specifications can be used to perform professional development tasks almost equally effectively as a high-end machine, unless you have to deal with very huge codebases, or some applications that demand a significant amount of resources. Nothing is preventing you to develop full-stack applications or learn machine learning on a 50,000 laptop, provided you are setting realistic expectations about your build times.
The heavy compilation work, such as Android development, or big C++ projects is a different factor – in certain workflows, faster hardware is actually helpful, so consider your exact needs, should you wish to work on a challenging project.
Do we need 8GB laptops to code?
Yes, the majority of the 8GB laptops are fully sufficient to learn how to code, tried on the most frequent development workflows, and turned out to be exasperating. The majority of constraints are caused by an attempt to do much at the same time.
Maximise their utility by closing applications that are not needed in the development process, using lightweight code editors where you can, running multiple Docker containers at a time should be avoided and always cheque the amount of your RAM usage to ensure that you never hit swap memory.
